Samuel Yigzaw

Papers

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About

Samuel Yigzaw is an emerging scholar at the intersection of educational technology and robotics, whose work is shaping how robotics is integrated into modern classrooms. His primary research areas include educational robotics, curriculum design, and the motivational dynamics of project-based learning in higher education. Yigzaw’s most influential contribution is his 2022 paper, “Taxonomy for Educational Robotics at Schools,” which provides a foundational framework for categorizing and implementing robotics activities across different educational levels—a resource that has already garnered 6 citations and is widely referenced by educators and researchers designing robotics curricula. Building on this, his 2024 study, “Intensive Robotics Course Projects Improve Higher Education Students’ Intrinsic Motivation and Learning Outcomes,” demonstrates with empirical evidence how hands-on, intensive robotics projects can significantly boost student engagement and academic performance. With 4 citations in just its first year, this work underscores his growing impact on evidence-based pedagogy. Yigzaw’s research not only advances theoretical understanding but also offers practical tools for educators seeking to foster deeper learning through technology. As his citation counts rise, he is positioning himself as a key voice in the future of STEM education.